Mammalian phosphodiesterase inhibitors increase cAMP levels and enhance plant cell reprogramming toward embryogenesis across diverse species.
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Moving in Plant Physiology and Biochemistry, Plant, Cell & Environment, bioRxiv, Biotechnology advances, Fungal Biology, Nature Biotechnology and Nature Plants.
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Mammalian phosphodiesterase inhibitors increase cAMP levels and enhance plant cell reprogramming toward embryogenesis across diverse species.
L-DOPA accumulates mainly in the cytoplasm and plasma membrane of specific seed tissues in Mucuna pruriens var. utilis, with potential extracellular export.
Six sesquiterpene synthase genes in Cunninghamia konishii were functionally characterized, revealing distinct products including dauca-4(11),8-diene and germacrene A.
Exogenous brassinosteroids enhance saikosaponin biosynthesis and alter spatial metabolite distribution in Bupleurum chinense under drought and salinity stress.
Multi-target apoplast engineering enhances plant resistance, offering a promising strategy to combat pathogens and improve global food security.
Red and far-red light treatment increases heterologous GFP and taxadiene production in Nicotiana benthamiana by over 57% and 76.5%, respectively, compared to white light.
Maternal H3K27me3 epigenetic changes in integuments regulate embryonic patterning by controlling auxin transport genes AUX1 and LAX1 in plants.
An efficient PEG-mediated protoplast transformation system for Mycena purpureofusca was established, achieving a transformation frequency of 4.3% with stable hygromycin-resistant isolates.
Engineered attB(V111) site achieves up to 51.9% integration efficiency in human cells and 35.6% in rice, greatly enhancing site-specific recombination in plants and human cells.
Hierarchical constraint management combined with AI enables scalable biomanufacturing of astaxanthin, overcoming nonlinear responses and optimization plateaus in complex biological systems.
Microfilament cytoskeleton modulates programmed cell death during seed cryopreservation, with stabilizers increasing seed viability by up to 20% in Paeonia lactiflora seeds.
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